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Understanding the Bohr Model: Atomic Radius and Energy Levels

This overview discusses the fundamental premises of the Bohr model of the atom, focusing on atomic sublevels and how energy levels are determined. Key points include the dependence of atomic radius on outermost electrons, the positive nature of the nucleus, and the attraction between negative electrons and the nucleus. The document encourages the use of deductive reasoning to plot atomic radius as a function of atomic number, and it explores the relationship between atomic weight, atomic radius, and first ionization energy.

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Understanding the Bohr Model: Atomic Radius and Energy Levels

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Presentation Transcript

  1. Periodic Table

  2. Bohr Model

  3. Energy of Atomic Sublevels

  4. Basic Premises (1) Radius is dependent upon outermost electrons (2) Nucleus is positive (3) Electrons are negative (4) Opposites attract (5) Electrons can occupy only specific energy levels Using deductive reasoning, create a rough plot of Atomic radius as a function of atomic number.

  5. Atomic Weight

  6. Atomic Radius Complete the graph

  7. Atomic Radius

  8. 1st Ionization Energy Complete the Graph

  9. 1st Ionization Energy

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